Featured Articles

Why is a Thermal Management Plan for Enclosures Important?
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Why is a Thermal Management Plan for Enclosures Important?

Manufacturing facilities’ electrical enclosures can house hundreds of thousands of dollars in high-performance drives and electronics critical to production processes. These critical electrical components generate a significant amount of heat which, if not managed properly, leads to premature product aging and failure, shutting down systems and resulting in unnecessary downtime. Outfitting electrical enclosures with the correct cooling technology for your specific application is critical. Considerations for thermal management include heat load, ambient temperature range, presence of particulates or debris, enclosure location, material, and more.

Renewable Energy, Optimally Utilized
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Renewable Energy, Optimally Utilized

The vision of TESVOLT plc is to store the electricity generated by wind, solar, and hydropower plants in a way that enables it to be continuously available. This is made possible thanks to the innovative battery storage systems developed and realized by the company. To wire their systems, TESVOLT relies on HELUKABEL cables, which adhere to all necessary standards and international approvals and ensure the reliable and efficient transmission of data. With the expansion of new and renewable energy, sufficient production is not the only challenge. This energy also needs to be stored.

What to Know About Cooling High-Density Data Centers

What to Know About Cooling High-Density Data Centers

The introduction of AI and the rapid increase in demand for IT computing is resulting in the need for more high-density data centers to process and leverage extremely large amounts of data. A recent report found that more than 60% of IT operators plan to increase the number of server racks in the IT infrastructure to handle the computing demand and that such increases will likely push the global IT market to more than $5 trillion in 2024.

Uninterrupted Power: The Importance of Investing in High-Quality Automatic Transfer Switches for Mission-Critical Operations
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Uninterrupted Power: The Importance of Investing in High-Quality Automatic Transfer Switches for Mission-Critical Operations

In today’s technologically advanced environment, providing an uninterrupted power supply to mission-critical applications such as data centers, healthcare facilities, and telecommunication infrastructures is crucial. A disruption in power can result in severe consequences, including data loss, compromised patient care, and communication breakdowns. It’s vital to recognize that not all transfer switches are created equal.

Flame Retardancy in Halogen-Free Cables
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Flame Retardancy in Halogen-Free Cables

Halogen-free cables are a required staple in a vast number of industrial and infrastructural applications. Over time, different labels for these cables have been established, such as FRNC, HFFR, LS0H, or LSZH. But how meaningful are these abbreviations, and what are the benefits of halogen-free cables compared to products containing halogens? Halogens (which means “to form salt”) include the chemical elements chlorine (Cl), bromine (Br), fluorine (F), and iodine (I). When manufacturing cables, these are used to make certain conductor insulation and jacketing materials flame retardant.

Keeping Pace in an Evolving Automotive Industry
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Keeping Pace in an Evolving Automotive Industry

The world has seen significant changes in the automotive industry over the past few decades. In particular the development of electric vehicle batteries, and production infrastructure allowing for increased production of electric vehicles. However, keeping up with these developments, trends, and consumer demands, requires agility and a Connected Enterprise production system. Putting all the pieces in place to consistently meet the demands and quality standards expected of you can be a challenge.

Sensor Fusion: Enhancing Navigation and Safety for Autonomous Mobile Robots
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Sensor Fusion: Enhancing Navigation and Safety for Autonomous Mobile Robots

Autonomous mobile robots (AMR) can increase productivity, enhance safety and offer substantial cost savings for manufacturers. For these reasons, AMRs will see their adoption spread to almost every industry. The global market for AMRs, valued at $8.65 billion in 2022, is forecast to grow at a compound annual growth rate (CAGR) of 18.3% from 2022-2028. The idea behind Industry 5.0 is that humans work alongside artificial intelligence (AI)-powered robots which are supporting rather than superseding humans. That’s the vision. Before that can happen, AMRs must overcome several challenges and one of the keys to overcoming them lies in the inclusion of various sensors and the emerging field of sensor fusion.

Accelerating Digital Transformation

Accelerating Digital Transformation

Digital transformation in the manufacturing space is being driven by modern visualization software and Human Machine Interface (HMI) technology. These new technologies are helping to drive operational excellence, process optimization and competitiveness. This article will explore how visualization software and HMI technology enable this transformation through an open, agnostic system that facilitates collaboration and communication.

The Importance of Digitalization in Accelerating Enclosure Modification

The Importance of Digitalization in Accelerating Enclosure Modification

A recent survey found that the top concerns for manufacturers this year center on leveraging digital technology to help increase performance and resilience to market fluctuations, and the ability to overcome continued labor shortages in service of meeting customer demands. The capability to combat these difficulties means building an industrial automation infrastructure using custom solutions that are designed to confront specific application challenges. This article will look at the importance of digitalization in modifying enclosure modifications, and how Rittal can help manufacturers embrace an automated approach to these workflows.

5 Potential Levels of Automation for the Autonomous Mine of the Future
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5 Potential Levels of Automation for the Autonomous Mine of the Future

ABB is already participating in implementation of autonomous systems projects in mining, outlining the levels of automation from those that are currently present in industry, to those that are feasible moving forward. Digitalisation and automation are set to be the defining mining industry trends of the 21st century. Innovations in artificial intelligence (AI), machine learning and the industrial internet of things (IoT) all have the potential to save the sector an estimated $373 billion by 2025 by automating machinery operation, facilitating predictive maintenance, improving traceability, harnessing the power of real-time data and analytics, and providing visibility across the mine-to-market value chain.

What Food and Beverage Manufacturers Should Look for in a Wall Mount Enclosure
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What Food and Beverage Manufacturers Should Look for in a Wall Mount Enclosure

Food and beverage manufacturers are currently faced with several unique challenges. Labor shortages, cost increases, and the demand for more varied products — primarily meat and dairy alternatives — are pushing food manufacturers to prioritize agility and flexibility in how they orchestrate their automation infrastructure. Of course, the hygienic requirements of food and beverage production means manufacturers also need to specify enclosure solutions that help promote high degrees of sanitation and cleanliness.

Why the New TS IT Pro 24U is Ideal for Rapid IT Computing Deployment

Why the New TS IT Pro 24U is Ideal for Rapid IT Computing Deployment

The need for speed with the delivery and deployment of IT racks is key for companies to increase the efficiency and performance of their production programs. To achieve this accelerated speed-to-market, IT enclosures need to be  configured quickly and easily without the need for standardized tooling, and these IT enclosures also need to leverage exceptional flexibility in order to adapt to a variety of IT computing environments. What’s more, the varied nature of today’s manufacturing landscape means IT enclosures need to be easily scalable to minimize downtime when responding to fluctuations in computing demand or capacity.

Ensuring Safety In Hazardous Locations: The Importance Of UL Certification
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Ensuring Safety In Hazardous Locations: The Importance Of UL Certification

UL Certification is critical across multiple sectors, including oil & gas, chemical manufacturing, mining, pharmaceuticals, and food processing. Industries where explosive atmospheres are common must prioritize UL Certification to maintain safety and compliance. The case studies in this article demonstrate how UL Certification plays a pivotal role in enhancing safety measures, preventing accidents, and ensuring the smooth operation of facilities in high-risk industries like oil refineries and chemical plants.

New Study Finds Workforce Challenges Emerge as a Top Concern Among CPG Manufacturers

New Study Finds Workforce Challenges Emerge as a Top Concern Among CPG Manufacturers

Rockwell Automation, Inc. has recently announced the results of the 9th annual “State of Smart Manufacturing Report: CPG Edition.” The global study encompasses the responses of 158 leaders from CPG manufacturers, inclusive of home and personal care, as well as food and beverage manufacturers, across 17 of the leading manufacturing countries. This year’s report highlights the evolution of the CPG industry, specifically about utilizing emerging technologies to maximize workforce potential, improve forward planning and minimize risk.

The Silent Killer: How Condensation Shortens Battery Life and Threatens Your Enclosed Electronics

The Silent Killer: How Condensation Shortens Battery Life and Threatens Your Enclosed Electronics

Imagine driving on a rainy day and your car windows start to fog up. You wipe the condensation away and everything seems fine. Imagine a similar scenario, but your valuable electronics, instead of your car windows, are fogging inside their enclosure. This everyday event can lead to disastrous consequences for your electronics – including shortened battery life and potential device failure.